Reshaping the World of Research through Remote Experimentation: How the Pandemic Steered User Research Facilities on an Unexpected Journey of Adaptation

Q3 Physics and Astronomy Synchrotron Radiation News Pub Date : 2022-01-02 DOI:10.1080/08940886.2022.2043666
R. Laasch
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Abstract

We all remember the impact of stay-at-home orders on our everyday lives in spring 2020. However, it was not only restaurants, salons, flower shops, and bookstores that had to close their doors. National user research facilities shut down most operations, closing the doors to thousands of visiting scientists, and bringing research on new batteries, pharmaceutical drugs, and many other materials to a grinding halt at a time when these facilities were needed more than ever. So, seven user research facilities (Figure 1) decided to form a team of experts, the Remote Access Working Group (RAWG), to figure out how these facilities could keep the science going even when the researchers could not access them in person. The solution is as simple as it is difficult. Research facilities that serve visiting researchers have to create an environment in which experiments can be run from afar—with nearly no human interaction. Scientists have dubbed this new way of doing research remote experimentation. While each facility started the unexpected journey to remote experimentation on their own, the RAWG has brought all of the different ideas together to help each facility overcome the numerous challenges encountered along the way.
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通过远程实验重塑研究世界:大流行病如何引导用户研究设施踏上意外的适应之旅
我们都记得2020年春季居家令对我们日常生活的影响。然而,不仅餐馆、沙龙、花店和书店不得不关门。国家用户研究设施关闭了大部分业务,关闭了数千名到访科学家的大门,并在比以往任何时候都更需要这些设施的时候,使对新电池、药物和许多其他材料的研究戛然而止。因此,七个用户研究机构(图1)决定组建一个专家团队,即远程访问工作组(RAWG),以研究这些设施如何在研究人员无法亲自访问的情况下保持科学的发展。解决办法既简单又困难。为来访研究人员提供服务的研究设施必须创造一个可以从远处进行实验的环境,几乎没有人与人之间的互动。科学家们将这种新的研究方式称为远程实验。虽然每个设施都开始了自己意想不到的远程实验之旅,但RAWG将所有不同的想法汇集在一起,帮助每个设施克服一路上遇到的众多挑战。
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来源期刊
Synchrotron Radiation News
Synchrotron Radiation News Physics and Astronomy-Nuclear and High Energy Physics
CiteScore
1.30
自引率
0.00%
发文量
46
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